De Vries & Metman

Methods and systems for organising a codebase comprising one or more source code files are described wherein the method comprises: parsing the one or more source code files and generating one or more trees, wherein each tree comprises nodes representing different syntactic categories, including at least one of: function definitions, expressions, statements, class definitions or module definitions, wherein parsing is performed using one or more language-specific parsers; traversing each tree to extract metadata for one or more nodes within the tree and constructing a dependency graph based on a portion of the extracted metadata, the dependency graph comprising one or more graph nodes and relationships between the graph nodes within the codebase; associating one or more graph nodes with the extracted metadata, wherein the extracted metadata comprises behavioural context for the corresponding graph node; generating a summary for one or more graph nodes using one or more generative Al models by recursively integrating the metadata of a current graph node and summaries of dependent graph nodes, wherein dependent graph nodes represent nodes within the dependency graph that the current graph node interacts with; and organising the codebase based on the generated summaries, wherein the generated summaries are stored in a structured repository that preserves the relationships and context of the codebase elements defined by the graph nodes.

Tinting machine (1) for tinting paints, comprising a plurality of dispense units (8), each dispense unit comprising a container (4), a pump (10) and a valve (11). The valve (11) comprises a valve housing (16) and a valve element (18), such as a semi-spherical ball valve, in the valve housing. The valve element (18) comprises a plurality of dispense channels (22A-C), including at least one micro-dispense channel (22C) having a smallest cross sectional area A < 1,5 mm2 over a length L < 5 mm.

A volumetric content data processing system for processing first volumetric content data comprising first volumetric geometry data and first volumetric attribute data is described wherein the processing system comprises a memory and at least one processor, coupled to the memory, wherein the at least one processor is configured to: -perform a first encoding process (ENC-1(G)) on the first volumetric geometry data to obtain encoded volumetric geometry data; perform a first decoding process (DEC-1(G)) on the encoded volumetric geometry data to obtain second volumetric geometry data; generate video attribute data comprising at least one video attribute frame with attribute patches from the first volumetric attribute data using the second volumetric geometry data; -generate projection information that is used to generate the video attribute data comprising the at least one video attribute frame with attribute patches; execute at least one downscaling operation on the video attribute data to generate second video attribute data; perform a second encoding process (ENC-2(A)) on the second video attribute data to generate encoded video attribute data, wherein the second video attribute data is determined in an evaluation process using at least one trained attribute neural network and, optionally, based on at least one evaluation metric; provide a bitstream comprising at least the encoded volumetric geometry data and the encoded video attribute data wherein the projection information is contained in the bitstream or associated with the bitstream.

A baggage unloader (1) comprises a frame (2) and a baggage container (5) including an upper side (6) and at least a discharge opening (8) at a front side (7) thereof. The baggage container (5) is provided with a cover (9), e.g. a flexible sheet (9), for closing at least a part of the discharge opening (8), the cover (9) being placeable on the upper side (6), or with a tiltable rigid lid (17) for covering an opening of the baggage container which rigid lid (17) projects outwardly from the baggage container (5) in an open position of the rigid lid (17). The baggage unloader (1) comprises a platform (3) for receiving the baggage container (5) thereon, which platform (3) is mounted to the frame (2) and rotatable with respect to the frame (2) between a horizontal position and an inclined position about an axis of rotation (4) which extends at a discharge side of the platform (3). The baggage container (5) is transferable to and from the platform (3) and lockable to the platform (3) in a position in which the discharge opening (8) is located at the discharge side so as to be able to rotate the platform (3) and the baggage container (5) together. The platform (3) is provided with a holder (10) for holding the rigid lid (17) in its open position or the cover (9) at the upper side (6) of the baggage container (5) when the platform (3) including the baggage container (5) are rotated together. During rotation of the platform (3) and the baggage container (5) the holder (10) and the baggage container (5) move within imaginary first and second circles (C1, C2) about the axis of rotation (4), respectively. The radius of the first circle (C1) is smaller than 1.2 or 1.1 times the radius of the second circle (C2).

Hoeing machine (1) comprising a main frame and a swivel arm with a rotor head (22) carrying a plurality of downwardly extending hoeing elements (18) and a drive for rotating the rotor head. The swivel arm comprises a surface-following member (37) arranged to follow a soil surface during movement of the hoeing machine over the soil surface. The surface-following member comprises a soil contact surface (38) of the rotor head between the hoeing elements. The rotor head can also comprise an impact absorber (51) with a fender (50) and a mover or spring element (57), such as a gas spring, forcing the fender to a position in front of the swivel head (22), when viewed in a driving direction.

A sorting device (1) comprises a frame (2), a carrier (6) for supporting an article, which carrier (6) is movable with respect to the frame (2) in vertical direction between an article input and a plurality of article outputs (7) which are located above each other and at least a pair of hoisting elements (14) which are mounted to the carrier (6) at a distance from each other in a first horizontal direction. The sorting device (1) comprises drivable actuators (9) for driving the respective hoisting elements (14) in opposite vertical directions with respect to the frame (2) such that the carrier (6) is displaceable in vertical direction upon driving the hoisting elements (14) in the same vertical direction and tiltable about a horizontal axis extending in a second horizontal direction upon driving only one of the hoisting elements (14) in vertical direction or both of the hoisting elements (14) in opposite vertical directions. The first and second horizontal directions are perpendicular to each other.

Roof system for a vehicle (1) having at least a first panel (4) movable for closing a roof opening (3) in a closed position, with an operating mechanism (10) for the first panel (4) comprising a driving slide (23), a front mechanism (20), the front mechanism (20) including a front lever (21) which is hingeably connected to a panel bracket (22) attached to the first panel (4). The operating mechanism (10) further comprises a tilting mechanism (24) capable of moving the rear edge of the first panel (4) in a vertical direction. The tilting mechanism (24) is provided with a support member (71) projecting longitudinally therefrom in a forward direction and, in the closed position of the first panel (4), directly or indirectly engaging the panel bracket (22) at a location in the vicinity of the hingeable connection between the front lever and the panel bracket, for preventing or at least limiting an upward movement of the first panel (4) in its closed position.

The present disclosure relates to the technical field of electronic control devices, in particular to a protection device, a protection circuit and a battery system. The protection device includes a stationary contact member (100), a fixed assembly (200), a movable assembly (300) and an actuator (400), wherein: the movable assembly (300) is movable relative to the fixed assembly (200), and the movable assembly (300) includes a movable contact member (310); the movable assembly (300) has an initial state and an actuated state, when the movable assembly (300) is in the initial state, no conductive connection between the movable contact member (310) and the stationary contact member (100) exists; when the movable assembly (300) is in the actuated state, a conductive connection between the movable contact member (310) and the stationary contact member (100) exists; the actuator (400) is fixed to the fixed assembly (200), and the actuator (400) can be triggered to switch the movable assembly (300) from the initial state to the actuated state. The protection device can meet the requirements of short-circuit protection and discharge.

Process of capturing carbon dioxide. Air is scrubbed with a basic solvent, thereby forming a solution comprising bicarbonate anions. This solution is then passed through an anion exchange resin at least partly loaded with hydroxide anions. The anion exchange resin is then desorbed with a solution of an alkali metal salt. CO₂ is released by treating the aqueous bicarbonate solution an acidic solution while forming an solution of an alkali metal salt. This solution is treated by EBDM to regain the alkali metal hydroxide solution and the acid used for the CO₂ release. The desorbed anion exchange resin is regenerated by flushing it with the alkali metal hydroxide solution EDBM.

Proposed is a side clamp disposed between a pair of main clamps, with each main clamp provided on a side of an upper core or a lower core along a length direction of the upper core or the lower core, and configured to face a leg core arranged at each end of the upper core or the lower core, the side clamp including at least one transverse plate horizontally connecting opposing surfaces of the pair of main clamps, and a side plate provided at each end of the transverse plate along a length direction of the transverse plate, and configured to contact each of the opposing surfaces of the pair of main clamps. The side clamp may prevent waste of manpower by performing the process without welding, may increase space efficiency and production efficiency, and may be easily installed on a transformer or reactor.